M413736 五、新型說明： 【新型所屬之技術領域】 本新型係關於一種安全鎖，特別是關於一種通訊 線路之安全鎖總成。 【先前技術】 現今，各式各樣之3C設施已極為普遍，3C裝置 已為吾人生活中無法或缺的必備工具。其中對於資訊傳 輸的應用在今日尤其廣泛，特別是對於網路上傳遞資訊 的便利性，已經是目前的資訊處理的主要手段。因此， 不論是個人電腦或是筆記型電腦上均必設有網路連接 介面予使用者方便地使用網路傳輸線路。然如此方便的 設計，卻也提供有心人士一竊取電腦内資料的途徑，在 目前的辦公環境下，任一人均可輕易地將網路傳輸線路 連接至空的網路連接埠，進而下載公司内部置放於網路 環境中的資料，抑或輕易地抽換網路傳輸線路。因此， 如何防止網路連接介面成為資訊安全之漏洞，仍需進一 步思考如何防止網路連接介面遭非擁有者使用，如何能 有更有效的防弊即為當前業界亟思改善之產業上的需 求。 4 M413736 【新型内容】 鑒於上述之新型背景中，為了符合產業上特別之 需求，本新型提供一種通訊線路之安全鎖總成可用以解 決上述傳統技藝未能達成之標的。 本新型之一目的在於提出一種通訊線路之安全鎖 總成，其藉由一鏤空鎖體鎖扣於通訊線路之插頭外表 面，例如：網路線等資訊傳遞元件，以藉此封閉此等資 訊傳遞裝置，僅能以其特定之鑰匙開啟鎖體並提出此通 訊線路之插頭，即可達成產業上之需求。據此，本新型 符合產業上應用與創新之價值。 本新型根據上述之目的，在此提出一種通訊線路之 安全鎖總成包含一鏤空鎖體，該鏤空鎖體具有一第一分 隔結構與一第二分隔結構以分隔該鏤空鎖體之内部為 一上部空間與一下部空間，該上部空間更包含一鎖動區 與一鎖件區，該鎖件區下方係為該第一分隔結構，且位 於該鎖動區之後封閉表面與上封閉表面處向外延伸形 成一開鎖口，其中，該下部空間係用以容置通訊線頭， 且其前後貫通以便於抽放通訊線頭；與一彈性構件，該 彈性構件係位於該第一分隔結構上之該鎖件區中。其 5 M413736 中，上述之下部空間的下封閉表面上具有-第五凸狀結 構以扣抵插入之通訊線頭。 上述之第一分隔結構與該第二分隔結構係分別自 δ亥鐘空鎖體之該鎖動區與該鎖件區的兩側相對壁延伸 並於適當距離中斷以形成—中斷空間，並藉此容置通訊 鲁線頭之卡扣結構。此外，上述之第一分隔結構係為一山 形卜觀且位於山形外觀之中央凸出處係由該鎖件區向 w玄鎖動區之該第二分隔結構處延伸形成-山型彈性結 構。再者，上述之山型彈性結構之表面具有—第一凸狀 結構以便與該彈性構件之下表面相抵觸。其中上述之山 型彈性結構之突出末端具有—傾斜面。 ’上述之通5亿線路之安全鎖總成更包含一鎖動裝 ，該鎖動#置係可容置於該鎖動區中以進行開鎖/解 貞之作動。此外’上述之鎖動I置具有- F型結構之 7啟部與一支持部，該開啟部係於該支持部之-端向外 I伸幵乂成F型結構。上述之開啟部中心更包含一凹狀 導執再者，上述之開鎖口内位於後封閉表面之側壁上 =成-第二凸狀結構，該第二凸狀結構係與該凹狀導執 、幵v以便相互契合。其中，上述之凹狀導執之一侧壁 6 36 一凸臂，以便與該彈性構件的表面相抵觸，卫 ^凸臂旁之特定位置顯露出該側壁的部分表面。 上述之雜構件料—％㈣⑽件，㈣型彈 1構件之主體更包含相互串連之-第-门型結構與一 別二構’且該第一门型結構與該第二门型結構分 八-第-彈片與—第二彈片，該第 彈片係分別於該第_π型結構舆該第二门型結構t 連表面的上下邊緣延伸並交又形成於q型槽中。此外， "^述之第一门型結構與該第二门型結構之共用中壁上 形成-第三凸狀結構，域鏤空續位於該鎖件區之上 封閉表面處具有滑動槽以嵌合該第三凸狀結構於滑動 槽t，並藉此限制該彈性構件之往復作用。其中，上述 之八用中壁之下表面形成—第—缺口。再者，上述之第 一η型結構與該第二门型結構形成—串連表面，位於該 串連表面的邊線處形成—第—特定斜面，用以觸抵於: 於5亥上部空間之上封閉表面的内壁之特定位置上。其 中上述之第二门型結構之下側壁處延伸至串連表面之 特定位置上具有-第—卡扣孔，以便於鎖扣通 卡扣結構。 上述之彈性構件係為一矩型主體，該矩型主體更包 M413736 f第-侧表面，該第—側表面具有至少—個彈性元件 區用以置放可提供彈性應力之至少一個彈力元件，·一 面’該第二側表面係與該第—側表面位置相 ，别表面，該前表面係與該第一側表面以及該第二 側表面相鄰’且該前表面與該第二側表面相鄰處具有一 第-卡扣孔’以便於鎖扣通訊線頭的卡扣結構；盘一上 該上表面係與該第—侧表面、該第二侧表面以及 -表面皆相鄰。其中，上述之至少—個彈力元件更包 "簧。此外，上述之上表面上具有—第四凸狀姓 構，且該鏤空鎖體位於該鎖件區之上封閉表面處且 =:合該第四凸狀結構於滑動槽中，並藉此限制該 彈性構件之往復仙。再者，上述之㈣主體的下表面 上’相對於該第四凸狀結構之位置處具有_第二缺口。 其中’上述之第二側表面與該上表面之相鄰處形成一第 -特定斜面，該第二特定斜_抵於該上封 壁的特定位置上。 門 【實施方式】 本新型在此所探討的方向為—種軌線路之安全 鎖總成。為了能徹底地瞭解本新型，將在下⑽描述中 8 M413736 提出詳盡的結構及其元件。顯然地，本新型的施行並未 限定於通訊線路之安全鎖總成之技藝者所熟習的特殊 細節。另一方面，眾所周知的結構及其元件並未描述於 細節中，以避免造成本新型不必要之限制。本新型的較 佳實施例會詳細描述如下，然而除了這些詳細描述之 外，本新型還可以廣泛地施行在其他的實施例中，且本 新型的範圍不受限定，其以之後的專利範圍為準。 根據本新型之一較佳實施範例，如第一圖、第二A 圖與第二B圖所示，本新型提供一種通訊線路之安全 鎖總成100，其包含一鏤空鎖體110與一鎖動裝置 120,鏤空鎖體110之外觀係與通訊埠之插孔外觀相仿 且尺寸一致以便於通訊線頭200套合鏤空鎖體110後 容置並密合於通訊埠之插孔中，並完全隱蔽於鏤空鎖體 110内，藉此防止外力的抽取。鏤空鎖體110之内部 具有一第一分隔結構ll〇5a與一第二分隔結構1105b 以分隔鏤空鎖體110之内部為一上部空間110a與一 下部空間110b，第一分隔結構1105a與第二分隔結構 1105b係分別自鏤空鎖體110之相對兩側壁1110a/b 延伸並於適當距離中斷以形成一中斷空間110c藉此容 置通訊線頭200之卡扣結構200a。 9 M413736 >考第®、第二八圖與第二B圖所示’上述之 鏤工鎖體11〇的上部空間11Qa更包含—鎖動區1舰 與一鎖件區㈣e，鎖件區n〇e係用以容置—彈性構 件130’且鎖動區u〇d係用以容置一鎖動裳置⑽ 於其中藉此進行開鎖/解鎖之作用。此外，位於鎖件區 11〇e之上封閉表面Ul〇d處具有-滑動槽lu〇e， 且鎖件區ll〇e下方係為第―分隔結構^⑽&，而第— 分隔結構U〇5a係為一山形外觀，位於山形外觀之中 央凸出處，係由鎖件區U〇e向鎖動區110d之第二分 隔結構1105b處延伸形成一山型彈性結構u〇5c，其 中，山型彈性結構11〇5c之表面具有一第一凸狀結構 1105d’且山型彈性結構u〇5c之突出末端具有一傾 斜面1105e。此外，位於鎖動區u〇d之後封閉表面 1110c與上封閉表面1110d處向外延伸形成一開鎖口 1120,開鎖口 1120内位於後封閉表面iu〇c之側壁 上形成一第二凸狀結構l12〇a。 參考第一圖至第三B圖所示，上述之彈性構件13〇 係為一 Μ型主體，Μ型主體更包含相互串連之一第一 门型結構130a與一第二门型結構i3〇b ,第一门型結 構130a與第二门型結構130b分別具有一第一彈片 M413736 1305a與一第二彈片1305b，第一彈片1305a與第二 彈片1305b係分別於第一门型結構130a與第二门型 結構130b之串連表面1310的上下邊緣1310a/b延 伸並交叉形成於门型槽中。上述之第一门型結構130a 與第二门型結構130b之共用中壁1320上形成一第三 凸狀結構1320a，以便於嵌合於鎖件區110e之上封閉 表面lllOd之滑動槽lllOe中，並藉此滑動槽lllOe 限制彈性構件130之往復作用，其中，共用中壁1320 之下表面形成一第一缺口 1320b以便與山型彈性結構 1105c之第一凸狀結構1105d相互抵觸。此外，相對 於第三凸狀結構1320a之位置，自第二门型結構130b 之下側壁處1330延伸至串連表面1310之特定位置上 具有一第一卡扣孔1340，以便於鎖扣容置於中斷空間 110c之通訊線頭200的卡扣結構200a。此外，位於 第三凸狀結構1320a之相鄰位置上，第一门型結構 130a與第二门型結構130b之串連表面1310形成一 第一特定斜面1310c，藉此第一特定斜面1310c觸抵 於上封閉表面1110d之内壁的特定位置上。 參考第二A圖、第四A圖與第四B圖所示，上述 之彈性構件130亦可為一矩型主體135,矩型主體135 更包含一第一側表面135a、位於相對位置之一第二側 11 M413736 - 表面135b、與第一側表面135a以及第二側表面135b • 相鄰之一前表面135c、以及與第一側表面135a、第 二側表面135b以及前表面135c皆相鄰之一上表面 135d。上述之第一側表面135a具有至少一個彈性元 件區1352，用以置放可提供彈性應力之至少一個彈力 元件，例如，彈簧。此外，上述之第二側表面135b與 前表面135c相鄰處具有一第二卡扣孔1356，此第二 • 卡扣孔1356係用以鎖扣容置於中斷空間110c之通訊 線頭200的卡扣結構200a。上述之上表面135d上形 成一第五凸狀結構1358,以便於嵌合於鎖件區110e 之上封閉表面lllOd之滑動槽lllOe中，並藉此滑動 槽lllOe限制彈性構件135之往復作用。此外，位於 第五凸狀結構1358之相鄰位置上，第二側表面135b 與上表面135d之相鄰處形成一第二特定斜面1360， ® 藉此第二特定斜面1360觸抵於上封閉表面lllOd之 内壁的特定位置上，其中，矩型主體135之下表面， 相對於第五凸狀結構1358之位置處，具有一第二缺口 1354以便與山型彈性結構1105c之第一凸狀結構 1105d相互抵觸。 參考第一圖至第二B圖所示，上述之鏤空鎖體110 之下部空間110b係用以容置通訊線頭200,且其前後 12 M413736 貫通以便於抽放通訊線頭200,下部空間110b之下封 閉表面lllOf上具有一第四凸狀結構1130以扣抵插 入之通訊線頭200。上述之鎖動裝置120具有一 F型 結構之開啟部120a與一支持部120b，開啟部120a 係於支持部120b之一端向外延伸形成F型結構，上述 之開啟部120a係與開鎖口 1120之外觀共形以便納於 其中，且開啟部120a中心更包含一凹狀導執1205， 凹狀導軌1205係與第二凸狀結構1120a共形，以便 相互契合，而凹狀導執1205之一側壁1205a上具有 至少一凸臂1210，以便與串連表面1310相抵觸，其 中，至少一凸臂1210旁之特定位置顯露出側壁1205a 的部分表面，以便於鎖動裝置120於鎖動區110d轉 動時，能抵止於山型彈性結構1105c之突出末端的傾 斜面1105e上，以避免壓制到山型彈性結構1105c。 參考第一圖至第五B圖所示，使用本新型之通訊 線路之安全鎖總成100時，首先將通訊線頭200直接 套入並容置於鏤空鎖體110之下部空間110b中。當 通訊線頭200套入鏤空鎖體110時，山型彈性結構 1105c與通訊線頭200之卡扣結構200a相抵觸而相 互彈性拗折，並於通訊線頭200整體套入鏤空鎖體110 後，仍被彈性構件130之部分下表面扣抵而維持拗折 13 狀態，且此時通訊線頭 斷空間110c處。 需將鎖動震置12〇之開啟部⑽的凹狀 依第二凸狀結構112〇&之密合方向導入。M413736 V. New description: [New technical field] The present invention relates to a safety lock, in particular to a safety lock assembly for a communication line. [Prior Art] Today, a wide variety of 3C facilities are extremely common, and 3C devices have become an indispensable tool in our lives. Among them, the application of information transmission is particularly widespread today, especially for the convenience of transmitting information on the Internet, which is already the main means of information processing. Therefore, whether it is a personal computer or a notebook computer, a network connection interface must be provided for the user to conveniently use the network transmission line. However, this kind of convenient design also provides a way for people who are interested in stealing information from the computer. In the current office environment, anyone can easily connect the network transmission line to the empty network connection, and then download the internal company. Data placed in a network environment, or easily exchange network transmission lines. Therefore, how to prevent the network connection interface from becoming a vulnerability in information security requires further thinking about how to prevent the network connection interface from being used by non-owners. How to prevent the malpractice is the industry's demand for improved industry. . 4 M413736 [New content] In view of the above-mentioned new background, in order to meet the special needs of the industry, the present invention provides a safety lock assembly for a communication line which can be used to solve the problems that the above conventional techniques fail to achieve. One of the objects of the present invention is to provide a safety lock assembly for a communication line, which is locked by a hollow lock body to an outer surface of a plug of a communication line, such as a mesh route and the like, thereby blocking such information transmission. The device can only achieve the industrial demand by opening the lock body with its specific key and proposing the plug of the communication line. Accordingly, the new model is in line with the value of industrial application and innovation. According to the above object, the safety lock assembly of the communication line includes a hollow lock body having a first partition structure and a second partition structure to separate the interior of the hollow lock body. An upper space and a lower space, the upper space further comprising a locking area and a lock area, the lower part of the lock part is the first partition structure, and the closed surface and the upper closed surface are located behind the lock area Extending outwardly to form an unlocking port, wherein the lower space is for receiving the communication line head, and the front and rear passages are arranged to facilitate the drainage of the communication line head; and an elastic member is disposed on the first separation structure The lock is in the area. In the 5 M413736, the lower closed surface of the lower space has a fifth convex structure to buckle the inserted communication head. The first partitioning structure and the second partitioning structure respectively extend from the locking zone of the δ海钟空锁体 and the opposite walls of the locker zone and are interrupted at an appropriate distance to form an interruption space, and This is the buckle structure of the communication communication line head. In addition, the first partitioning structure is a mountain-shaped structure and the central projection of the mountain-shaped appearance extends from the lock member region to the second partition structure of the w-locking region to form a mountain-shaped elastic structure. Furthermore, the surface of the above-mentioned mountain-shaped elastic structure has a first convex structure to interfere with the lower surface of the elastic member. The protruding end of the above-mentioned mountain-shaped elastic structure has an inclined surface. The security lock assembly of the above-mentioned 500 million lines further includes a lock moving device, and the lock mechanism can be accommodated in the lock area for unlocking/unlocking. Further, the above-mentioned lock I is provided with a - F-shaped structure and a support portion which is extended to an F-shaped structure at the end of the support portion. The center of the opening portion further includes a concave guide, and the opening of the opening is located on the side wall of the rear closing surface = a second convex structure, and the second convex structure is associated with the concave guide, v in order to fit each other. Wherein, one of the concave guides has a side wall 636 and a convex arm so as to be in contact with the surface of the elastic member, and a specific position beside the convex arm reveals a part of the surface of the side wall. The above-mentioned component material-%(4)(10) piece, the body of the (4)-type projectile 1 further comprises a first-door type structure and a second structure type which are connected in series with each other and the first door type structure and the second door type structure are divided into And a second elastic piece extending from the upper and lower edges of the t-π-type structure and the second t-shaped structure t-joining surface and formed in the q-shaped groove. In addition, the first door type structure and the second door type structure have a third convex structure formed on the common middle wall, and the domain hollow is located at the closed surface above the lock member area and has a sliding groove for embedding The third convex structure is combined with the sliding groove t, and thereby the reciprocating action of the elastic member is restricted. Wherein, the lower surface of the upper wall of the above eight forms a first-notch. Furthermore, the first n-type structure and the second gate structure form a tandem surface, and a first specific slope is formed at an edge of the tandem surface for contacting: a space of 5 hai A specific position on the inner wall of the upper closed surface. The second door structure has a -first snap hole at a specific position extending from the lower side wall to the tandem surface to facilitate the latching of the snap-fit structure. The elastic member is a rectangular body, and the rectangular body further comprises a first side surface of the M413736f, the first side surface having at least one elastic element region for arranging at least one elastic element capable of providing elastic stress, · one side 'the second side surface is in phase with the first side surface, the other surface is adjacent to the first side surface and the second side surface' and the front surface and the second side surface The adjacent portion has a first snap hole </ RTI> to facilitate the snap-fit structure of the latching communication head; the upper surface of the disc is adjacent to the first side surface, the second side surface and the surface. Among them, at least one of the above-mentioned elastic elements is further included. In addition, the upper surface has a fourth convex shape, and the hollow lock body is located at a closed surface above the lock member region and =: the fourth convex structure is included in the sliding groove, and thereby The elastic member is reciprocating. Further, the lower surface of the body of the above (4) has a second notch at a position relative to the fourth convex structure. Wherein the adjacent second side surface and the upper surface form a first specific slope, the second specific oblique angle being at a specific position of the upper sealing wall. [Embodiment] The direction of the present invention discussed herein is a safety lock assembly for a track type. In order to fully understand the novel, detailed description of the structure and its components will be presented in the description of (10) below. Obviously, the implementation of the present invention is not limited to the particular details familiar to those skilled in the art of safety lock assemblies for communication lines. On the other hand, well-known structures and elements thereof are not described in detail to avoid unnecessary limitation of the present invention. The preferred embodiments of the present invention will be described in detail below, but the present invention may be widely practiced in other embodiments, and the scope of the present invention is not limited, and the scope of the following patents shall prevail. . According to a preferred embodiment of the present invention, as shown in the first diagram, the second diagram A and the second diagram B, the present invention provides a safety lock assembly 100 for a communication line, which includes a hollow lock body 110 and a lock. The appearance of the hollow lock body 110 is similar to the appearance of the jack of the communication port, and the size is the same so that the communication cable head 200 fits and closes the hollow lock body 110, and is closely received in the jack of the communication port, and completely It is concealed in the hollow lock body 110, thereby preventing the extraction of external force. The interior of the hollow lock body 110 has a first partition structure 11〇5a and a second partition structure 1105b to separate the interior of the hollow lock body 110 into an upper space 110a and a lower space 110b, and the first partition structure 1105a and the second partition The structure 1105b extends from the opposite side walls 1110a/b of the hollow lock body 110 and is interrupted at an appropriate distance to form an interruption space 110c to thereby receive the buckle structure 200a of the communication head 200. 9 M413736 >The first space 11Qa of the above-mentioned lock body 11〇 shown in the second section, the second figure and the second figure B further includes a lock zone 1 ship and a lock zone (4) e, the lock zone The n〇e is for accommodating the elastic member 130' and the locking region u〇d is for accommodating a locking skirt (10) for unlocking/unlocking. In addition, there is a sliding groove lu〇e at the closing surface U1〇d above the lock member region 11〇e, and a first-separating structure ^(10)&, and a first-dividing structure U〇 at the lower portion of the lock member region 11〇e 5a is a mountain-shaped appearance, located at the central convex portion of the mountain-shaped appearance, extending from the lock member area U〇e to the second partition structure 1105b of the lock region 110d to form a mountain-shaped elastic structure u〇5c, wherein the mountain type The surface of the elastic structure 11〇5c has a first convex structure 1105d' and the protruding end of the mountain-shaped elastic structure u〇5c has an inclined surface 1105e. In addition, after the locking area u〇d, the closing surface 1110c and the upper closing surface 1110d extend outward to form an opening 1120. The opening 1120 is formed on the side wall of the rear sealing surface iu〇c to form a second convex structure 1212. 〇a. Referring to the first to third B, the elastic member 13 is a one-shaped body, and the body further includes a first door structure 130a and a second door structure i3. b, the first door structure 130a and the second door structure 130b respectively have a first elastic piece M413736 1305a and a second elastic piece 1305b, and the first elastic piece 1305a and the second elastic piece 1305b are respectively connected to the first door type structure 130a and the first The upper and lower edges 1310a/b of the tandem surface 1310 of the two-door structure 130b extend and are formed to intersect in the gate groove. A third convex structure 1320a is formed on the common middle wall 1320 of the first door structure 130a and the second door structure 130b so as to be fitted into the sliding groove 111o of the closing surface 110d above the lock member region 110e. The reciprocating action of the elastic member 130 is restricted by the sliding groove 111Oe, wherein the lower surface of the common middle wall 1320 forms a first notch 1320b to interfere with the first convex structure 1105d of the mountain-shaped elastic structure 1105c. In addition, with respect to the position of the third convex structure 1320a, a first snap hole 1340 is formed at a specific position extending from the lower side wall 1330 of the second door structure 130b to the serial surface 1310 to facilitate the latching accommodation. The snap structure 200a of the communication head 200 of the interrupted space 110c. In addition, at a position adjacent to the third convex structure 1320a, the tandem surface 1310 of the first gate structure 130a and the second gate structure 130b forms a first specific slope 1310c, whereby the first specific slope 1310c is touched. At a specific position on the inner wall of the upper closed surface 1110d. Referring to the second A, fourth, and fourth B, the elastic member 130 may also be a rectangular body 135. The rectangular body 135 further includes a first side surface 135a and is located at a relative position. The second side 11 M413736 - surface 135b, adjacent to the first side surface 135a and the second side surface 135b • adjacent one of the front surfaces 135c, and adjacent to the first side surface 135a, the second side surface 135b, and the front surface 135c One of the upper surfaces 135d. The first side surface 135a described above has at least one resilient member region 1352 for receiving at least one resilient member, such as a spring, that provides resilient stress. In addition, the second side surface 135b adjacent to the front surface 135c has a second fastening hole 1356 for locking the communication line head 200 received in the interruption space 110c. Buckle structure 200a. A fifth convex structure 1358 is formed on the upper surface 135d so as to be fitted into the sliding groove 111Oe of the closing surface 110d above the lock member region 110e, and thereby the sliding groove 110e limits the reciprocating action of the elastic member 135. In addition, adjacent to the fifth convex structure 1358, the second side surface 135b and the upper surface 135d form a second specific inclined surface 1360, whereby the second specific inclined surface 1360 touches the upper closed surface. a specific position of the inner wall of the lllOd, wherein the lower surface of the rectangular body 135 has a second notch 1354 at a position relative to the fifth convex structure 1358 so as to be the first convex structure 1105d with the mountain-shaped elastic structure 1105c. Reciprocal. Referring to the first to second B, the lower space 110b of the hollow lock body 110 is used for accommodating the communication head 200, and the front and rear 12 M413736 are connected to facilitate the communication of the communication head 200, and the lower space 110b. The lower closed surface 110f has a fourth convex structure 1130 to buckle the inserted communication head 200. The locking device 120 has an F-shaped opening portion 120a and a supporting portion 120b. The opening portion 120a extends outwardly from one end of the supporting portion 120b to form an F-shaped structure. The opening portion 120a and the opening portion 1120 are The appearance is conformed so as to be received therein, and the center of the opening portion 120a further includes a concave guide 1205. The concave guide 1205 is conformed to the second convex structure 1120a so as to fit together, and one side wall of the concave guide 1205 The 1205a has at least one convex arm 1210 so as to be in contact with the tandem surface 1310, wherein a specific position beside the at least one convex arm 1210 exposes a part of the surface of the side wall 1205a, so that the locking device 120 rotates when the locking area 110d rotates. It can be restrained on the inclined surface 1105e of the protruding end of the mountain-shaped elastic structure 1105c to avoid pressing to the mountain-shaped elastic structure 1105c. Referring to Figures 1 to 5B, when the safety lock assembly 100 of the communication line of the present invention is used, the communication head 200 is first directly fitted into and accommodated in the lower space 110b of the hollow lock body 110. When the communication cable head 200 is inserted into the hollow lock body 110, the mountain-shaped elastic structure 1105c is in contact with the buckle structure 200a of the communication cable head 200 and elastically collapses, and after the communication cable head 200 is integrally inserted into the hollow lock body 110, It is still buckled by the lower surface of the elastic member 130 to maintain the state of the fold 13 and the communication head breaks the space 110c at this time. The concave portion of the opening portion (10) to which the lock is placed is placed in the direction in which the second convex structure 112 〇 &
200之卡扣結構2〇〇a位於中 二S 1咖插人至開鎖〇 1120中時，藉由支持部 咖轉動開啟部伽結構以帶動鎖 的扭轉，此時，凹妝墓献° 彈性構件咖至少—凸臂1210與 /135之表面UlO/USb相抵觸。隨著 A ^ 12Qa的旋轉，整體彈性構件13G朝向鎖件區 1 推動以内收彈性構件130，致使位於中斷空間 回，c處之通矾線頭2〇〇的卡扣結構2〇〇a從拗折狀態 口 4是原狀。 然後’反相旋轉支持部120b以帶動鎖動裝置12〇 、白扭轉，&耆開啟部12Oa的反向旋轉，整體彈性 構件13〇因彈性應力的回復作用朝向鎖動區ll〇d推 動，並推回至上封閉表面lllOd之内壁的特定位置 上，並以待定斜面1310c/1360觸抵之，同時致使位 於中斷空間u〇c處之通訊線頭200的卡扣結構2〇〇a 扣合於彈性構件130/135之卡扣孔1340/1356中。 同時’通訊線頭2〇〇之卡扣結構200a藉由下部空間 14 M413736 110b之下封閉表面lllOf上的第四凸狀結構1130可 扣抵插入之通訊線頭200之下方結構，以防止通訊線 頭200逆向脫離。 綜上所述，本新型之通訊線路之安全鎖總成，除 可應用於網路端的保護，更可應用於其他相關資訊或通 訊線路之保護需求上。顯然地，依照上面實施例中的描 述，本新型可能有許多的修正與差異。因此需在其附加 的權利請求項之範圍内加以理解，除上述詳細描述外， 本新型還可以廣泛地在其他的實施例中施行。上述僅為 本新型之較佳實施例而已，並非用以限定本新型之申請 專利範圍；凡其它未脫離本新型所揭示之精神下所完成 的等效改變或修飾，均應包含在下述申請專利範圍内。The buckle structure 2 200a of the 200 is located in the middle two S1 coffee when it is inserted into the unlocking 〇1120, and the rotation of the opening part gamma structure is supported by the supporting part to drive the twist of the lock. At this time, the concave makeup tomb elastic member At least the convex arm 1210 and the surface of the /135 135 U1 / USb conflict. With the rotation of A ^ 12Qa, the integral elastic member 13G is pushed toward the lock member region 1 to receive the elastic member 130, so that the snap structure 2〇〇a located at the interruption space back, c at the c-thread end 2〇〇 The folded state port 4 is the original state. Then, the 'reverse rotation rotation support portion 120b drives the lock device 12 〇, the white twist, and the reverse rotation of the 耆 opening portion 12Oa, and the integral elastic member 13 推动 is urged toward the lock region 〇d due to the recovery of the elastic stress. And pushed back to a specific position of the inner wall of the upper closed surface 111Od, and touched by the to-be-defined inclined surface 1310c/1360, and simultaneously causes the buckle structure 2〇〇a of the communication line head 200 located at the interruption space u〇c to be engaged with The snap holes 1340/1356 of the elastic members 130/135. At the same time, the latch structure 200a of the communication line head 2 can be buckled under the structure of the inserted communication line head 200 by the fourth convex structure 1130 on the closed surface 111Of under the lower space 14 M413736 110b to prevent the communication line The head 200 is reversed. In summary, the security lock assembly of the communication line of the present invention can be applied to the protection of the network side, and can be applied to the protection requirements of other related information or communication lines. Obviously, the present invention may have many modifications and differences in accordance with the description in the above embodiments. It is therefore to be understood that within the scope of the appended claims, the invention may be practiced in other embodiments. The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention; any equivalent changes or modifications made without departing from the spirit of the present invention should be included in the following patent application. Within the scope.
15 M413736 【圖式簡單說明】 第一圖所示係為本新型之一較佳實施例之整體示 意圖； 第二A圖與第二B圖所示係為本新型之一較佳實 施例之鏤空鎖體示意圖； 第三A圖與第三B圖所示係為本新型之一較佳實 施例之彈性元件示意圖； 第四A圖與第四B圖所示係為本新型之一較佳實 施例之彈性元件示意圖；與 第五A圖與第五B圖所示係為本新型之一較佳實 施例之作動示意圖。 【主要元件符號說明】 100 通訊線路之安全鎖總成 110 鏤空鎖體 110a 上部空間 110b 下部空間 110c 中斷空間 16 M413736 110d 鎖動區 llOe 鎖件區 1105a 第一分隔結構 1105 b 第二分隔結構 1105c 山型彈性結構 1105d 第一凸狀結構 1105e 傾斜面 lllOa/b 兩側壁 1110c 後封閉表面 lllOd 上封閉表面 lllOe 滑動槽 lllOf 下封閉表面 1120 開鎖口 1120a 第二凸狀結構 1130 第四凸狀結構 120 鎖動裝置 120a 開啟部 17 M413736 120b 支持部 1205 凹狀導軌 1205a 側壁 1210 凸臂 130 彈性構件 130a 第一门型結構 130b 第二Π型結構 1305a 第一彈片 1305b 第二彈片 1310 串連表面 1310a/b 上下邊緣 1310c 第一特定斜面 1320 共用中壁 1320a 第三凸狀結構 1320b 第一缺口 1330 下側壁處 1340 第—^扣孔 18 M41373615 M413736 [Simplified description of the drawings] The first figure shows the overall schematic view of a preferred embodiment of the present invention; the second A picture and the second B figure show the hollowing out of a preferred embodiment of the present invention. FIG. 3A and FIG. 3B are schematic views of the elastic member of a preferred embodiment of the present invention; and FIGS. 4A and 4B are a preferred embodiment of the present invention. The schematic diagram of the elastic element of the example; and the fifth diagram A and the fifth diagram B are diagrams showing the operation of a preferred embodiment of the present invention. [Main component symbol description] 100 Communication line safety lock assembly 110 Hollow lock body 110a Upper space 110b Lower space 110c Interrupted space 16 M413736 110d Locking area llOe Locking area 1105a First partitioning structure 1105 b Second partitioning structure 1105c Mountain Type elastic structure 1105d First convex structure 1105e Inclined surface 111a/b Two side walls 1110c Rear closed surface 111Od Upper closed surface 111Oe Slot groove 111Of Lower closed surface 1120 Opening port 1120a Second convex structure 1130 Fourth convex structure 120 Locking Device 120a opening portion 17 M413736 120b support portion 1205 concave guide rail 1205a side wall 1210 convex arm 130 elastic member 130a first door type structure 130b second side structure 1305a first elastic piece 1305b second elastic piece 1310 serial surface 1310a/b upper and lower edges 1310c first specific inclined surface 1320 shared middle wall 1320a third convex structure 1320b first notch 1330 lower side wall 1340 first - ^ button hole 18 M413736
135 矩型主體 135a 第一側表面 135b 第二側表面 135c 前表面 135d 上表面 1352 彈性元件區 1354 第二缺口 1356 第二卡扣孔 1358 第五凸狀結構 1360 第二特定斜面 200 通訊線頭 200a 卡扣結構 19135 rectangular body 135a first side surface 135b second side surface 135c front surface 135d upper surface 1352 elastic element area 1354 second notch 1356 second buckle hole 1358 fifth convex structure 1360 second specific slope 200 communication line head 200a Buckle structure 19